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Electromobility Experiment Kit - Extended Set

Product Code : SCL-EI-10577

Lab Glassware Manufacturer, based in Ambala, Haryana, India, has been manufacturing and exporting laboratory, scientific, and educational equipment since 1982. The Electromobility Experiment Kit – Extended Set is a school science apparatus used for comparing electric vehicle drive technologies, including hydrogen fuel cells, salt-water fuel cells, solar drive, battery drive, supercapacitor drive and hand-generator drive, designed for physics, chemistry, STEM and renewable-energy lessons. Lab Glassware Manufacturer supplies this kit to institutions across South America’s Southern Cone, including Argentina, Chile, Uruguay, and Paraguay.

Quick Answer: The Electromobility Experiment Kit – Extended Set lets students build the same vehicle chassis with six different drive systems — hydrogen fuel cell, salt-water fuel cell, solar, battery, supercapacitor and hand-generator — to directly compare energy conversion, reliability and performance across electric mobility technologies.

Specification	Detail
Product Name	Electromobility Experiment Kit – Extended Set
Brand	Lab Glassware Manufacturer
Category	Electronic Instruments – Renewable Energy and Electromobility Kit
Intended Users	School physics students, chemistry students, STEM learners, teachers and renewable-energy demonstration groups
Model Capacity	6 different vehicle models on one chassis
Dimensions	430 x 335 x 235 mm
Weight	2050 g
Standards / Certifications	No product-specific certification confirmed; verify tender requirements before purchase

What's Included in the Kit

1 hand crank generator
1 reversible fuel cell
1 salt-water fuel cell
1 mini fuel cell
1 vehicle chassis
1 solar cell
1 capacitor
1 HYDROSTIK PRO hydrogen metal-hydride storage unit
1 pressure regulator
All necessary connecting cables
1 storage box
1 operating manual

Applications

The Electromobility Experiment Kit – Extended Set supports comparing hydrogen, salt-water, solar, battery, capacitor and hand-generator vehicle drives on a single chassis, teaching fuel-cell operation, demonstrating renewable energy conversion via the solar cell, explaining supercapacitor charge and discharge behaviour, studying mechanical-to-electrical energy conversion with the hand crank generator, discussing the strengths and limitations of each drive technology, and supporting STEM sustainable-transportation projects in schools and colleges.

How to Use

Select the drive model to test, place the chassis and relevant components on the bench, connect the fuel cell, solar cell, capacitor, battery or hand generator per the operating manual, check all cable, tube and pressure connections, run the vehicle and observe its performance, then repeat with another energy source and compare the technologies for ease of use, energy storage, speed, reliability and safety.

Safety Note: Use the kit only under teacher supervision. Keep hydrogen components away from flames, sparks and hot surfaces. Disconnect electrical parts before changing circuits or drive systems.

Care & Maintenance

Store fuel cells, tubes and pressure components dry and protected, keep the solar cell clean, avoid sharply bending cables, and return all components to the storage box after every session.

Pairs Well With Other Renewable Energy Apparatus

Schools building out a full renewable-energy and electromobility teaching module often pair this kit with the Solar Hydrogen Basic Kit to introduce electrolytic hydrogen generation before comparing it against the fuel-cell drive systems here, the Photovoltaic Basic Set to study solar cell behaviour in isolation, and the SEG Electrical Energy Sources set to broaden the comparison to conventional batteries and generators.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer has been manufacturing and exporting laboratory, scientific and educational equipment from Ambala, Haryana, India since 1982, supplying schools, colleges, research institutes and government tenders across India and export markets including South America’s Southern Cone (Argentina, Chile, Uruguay, Paraguay). Every kit is checked before dispatch, and technical support is available for institutional buyers placing bulk or tender orders.

Frequently Asked Questions

What is the Electromobility Experiment Kit used for?
It is used to compare different electric vehicle drive technologies — hydrogen fuel cell, salt-water fuel cell, solar, battery, supercapacitor and hand-generator — on a single vehicle chassis for physics, chemistry and STEM lessons.

How many vehicle models can students build?
The Extended Set supports 6 different vehicle models using the same chassis with interchangeable drive systems.

Does the kit include hydrogen storage?
Yes. The kit includes a HYDROSTIK PRO hydrogen metal-hydride storage unit and a pressure regulator for the hydrogen fuel-cell drive system.

Can the kit demonstrate solar-powered mobility?
Yes. The included solar cell can be connected to drive the vehicle chassis directly, demonstrating photovoltaic-powered mobility alongside the other drive systems.

Is this kit suitable for school STEM labs?
Yes. It is designed for school physics and chemistry students, STEM learners, teachers and renewable-energy demonstration groups, and is used under teacher supervision.

Are certifications confirmed for this product?
No product-specific certification is confirmed for this item. Buyers should verify any certification or tender requirement directly with Lab Glassware Manufacturer before ordering.